Presys FCY-15 User manual

presys

EM0386-00
IMPORTANT INSTRUCTIONS:
•Keep the FCY-15 in a dry environment whenever possible.
•The fuse which protects the current measurement circuit, code 01.02.0277-21, is a special part.
So, only replace the fuse by another original from factory.
•In case of failure, always contact Presys Technical Support.
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IMPORTANT INSTRUCTIONS:
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IMPORTANT INSTRUCTIONS:
15 in a dry environment whenever possible.
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15 in a dry environment whenever possible.
The fuse which protects the current measurement circuit, code 01.02.0277
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The fuse which protects the current measurement circuit, code 01.02.0277
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So, only replace the fuse by another original from factory.
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So, only replace the fuse by another original from factory.
ase of failure, always contact Presys Technical Support.
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ase of failure, always contact Presys Technical Support.

Table of Contents
1 - Introduction...............................................................................................................................................................1
1.1. General Description........................................................................................................................................1
1.2. General Specifications ...................................................................................................................................2
2 - Operation..................................................................................................................................................................4
2.1. Parts Identification..........................................................................................................................................4
2.2. Battery and charger........................................................................................................................................7
2.3. Main Menu....................................................................................................................................................10
2.4. Transmitter Power Supply (TPS)..................................................................................................................11
2.5. HART®..........................................................................................................................................................12
2.5.1. HART®Connections.............................................................................................................................12
2.5.2. Starting HART® Communication.........................................................................................................18
2.5.3. Adjusting the HART® Transmitter Measurement Range (CH option)..................................................19
In this screen you can also edit the primary variable unit and the input filter (damping)................................20
2.5.4. Adjustment of the HART® transmitter Measurement Range with reference (CH option).....................21
2.5.5. HART® transmitter mA output adjustment -loop test / output trim (CH option)...................................23
2.5.6. Full HART®Communicator (FH option) ...............................................................................................24
2.5.7. Configuration Files (Save / Download) ................................................................................................31
2.6. Measure (mA)...............................................................................................................................................36
2.7. Videos..........................................................................................................................................................39
2.8. Settings........................................................................................................................................................40
3 - Maintenance...........................................................................................................................................................43
3.1. Replacing the battery ...................................................................................................................................43
3.2. Replacing the mA Input Fuse.......................................................................................................................45
3.3. Inclusion of DD Files (Device Description) ...................................................................................................46
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2.5.2. Starting HART® Communication
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2.5.2. Starting HART® Communication
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2.5.3. Adjusting the HART® Transmitter Measurement Range (CH option)
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2.5.3. Adjusting the HART® Transmitter Measurement Range (CH option)
In this screen you can also edit the primary variable unit and the
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In this screen you can also edit the primary variable unit and the
2.5.4. Adjustment of the HART® transmitter Measurement Range with reference (CH option)
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2.5.4. Adjustment of the HART® transmitter Measurement Range with reference (CH option)
mitter mA output adjustment
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mitter mA output adjustment
-
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loop test / output trim (CH option)
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loop test / output trim (CH option)
Communicator (FH option)
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Communicator (FH option)
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2.5.7. Configuration
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2.5.7. Configuration
Files (Save / Download)
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Files (Save / Download)
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2.6. Measure (mA)
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2.6. Measure (mA)
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3.1. Replacing the battery
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3.1. Replacing the battery
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3.2. Replacing the mA I
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3.2. Replacing the mA I
nput Fuse
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nput Fuse
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3.3. Inclusion of DD Files (Device Description)
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3.3. Inclusion of DD Files (Device Description)

1
1 - Introduction
1.1. General Description
The FCY-15 configurator allows the reading and configuration of parameters of field devices that
have the HART® protocol. It has a complete and updated DD (Device Description) configuration library
registered in FieldComm Group. It also allows the inclusion of new DD files through the USB port.
Besides HART® configurator, it has internal 24 Vdc TPS source (Transmitter Power Supply),
selectable 250 Ω resistor (min) and input for measurement of current (mAdc), allowing trim and loop test
of the field instrument with HART protocol without the need of a calibrator.
Its construction takes into account the use in the field, thus includes items of great value such as:
bag with shoulder straps allowing freedom for the hands, 5.7 "display with led backlight facilitating
visibility in low light and rechargeable battery.
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15 configurator allows the reading and configur
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15 configurator allows the reading and configur
ation of parameters of field devices that
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ation of parameters of field devices that
have the HART® protocol. It has a complete and updated DD (Device Description) configuration library
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have the HART® protocol. It has a complete and updated DD (Device Description) configuration library
registered in FieldComm Group. It also allows the inclusion of new DD files through the USB port.
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registered in FieldComm Group. It also allows the inclusion of new DD files through the USB port.
configurator, it has internal 24 Vdc TPS source (Transmitter Power Supply),
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configurator, it has internal 24 Vdc TPS source (Transmitter Power Supply),
selectable 250 Ω resistor (min) and input for measurement of current (mAdc), allowing trim and loop test
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selectable 250 Ω resistor (min) and input for measurement of current (mAdc), allowing trim and loop test
of the field instrument with HART protocol without the need of a calibrator
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of the field instrument with HART protocol without the need of a calibrator
Its construction takes into account the use in the field, thus includes items of great value such as:
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Its construction takes into account the use in the field, thus includes items of great value such as:
bag with shoulder straps allowing freedom for the hands, 5.7 "display with led backlight facilitating
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bag with shoulder straps allowing freedom for the hands, 5.7 "display with led backlight facilitating
visibility in low light and rechargeable battery.
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visibility in low light and rechargeable battery.

2
1.2. General Specifications
Full HART® Configurator, with the latest complete DD library, registered by FieldComm Group.
Transmitter Power Supply
(TPS) 24.5 ± 1 V (0 to 24 mA),
with short-circuit protection (30 mA).
Internal Resistor For mA Measurement: 100 to 120 Ω. For mA input + HART®:250 to 280 Ω.
Safety condition (startup) / HART® only: open.
Input for current
measurement (mA) Range from -5 to 24.5 mAdc.
Resolution of 0.0001 mA. Accuracy of ± 0.02% FS (Full Scale).
Special
software functions
Document:saves the entire configuration tree of the HART® field instrument.
Download:loads settings saved to the instrument with HART® protocol.
Quick/Calibration HART®:easy access to basic HART® commands.
Battery Rechargeable Lithium Polymer with 4200 mAh and up to 12 hours of continuous
use. Full charge in just 3 hours.
Display 5.7’’ TFT VGA touch screen 640 x 480 pixels.
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Full HART® Configurator, with the latest complete DD library, registered by Fiel
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Full HART® Configurator, with the latest complete DD library, registered by Fiel
d
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d
Comm Group.
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Comm Group.
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circuit protection
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circuit protection
(30 mA)
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(30 mA)
.
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.
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ent: 100 to 120 Ω.
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ent: 100 to 120 Ω.
+ HART®
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+ HART®
:
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:
250 to 280 Ω.
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250 to 280 Ω.
Safety condition (startup) / HART® only: open
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Safety condition (startup) / HART® only: open
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Range from
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Range from
-
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-
5 to 24.5 mAdc.
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5 to 24.5 mAdc.
Resolution of 0.0001 mA. Accuracy of ± 0.02% FS (
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Resolution of 0.0001 mA. Accuracy of ± 0.02% FS (
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Special
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Special
ctions
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ctions
Document
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Document
:
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:
saves the entire configuration tree of the HART® field instrument.
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saves the entire configuration tree of the HART® field instrument.
Download
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Download
:
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:
loads settings saved to the instrument with HART® protocol.
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loads settings saved to the instrument with HART® protocol.
Quick
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Quick
/
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/
Quick/Quick
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Quick/Quick
Calibration
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Calibration
/Calibration/
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/Calibration/
HART
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HART
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Ba
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Ba
ttery
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ttery
Rechargeable Lithium Polymer
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Rechargeable Lithium Polymer
use. Full charge in just 3 hours.
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use. Full charge in just 3 hours.
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Display
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Display
5
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5
.
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.
7
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7
’’
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’’
TFT VGA touch
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TFT VGA touch
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Memory 16 GB available to the user. Memory access via USB cable x micro USB.
Processor Dual Core 1 GHz, with 512 MB of RAM and 1GB of internal Flash.
Operating Environment Temperature of 0 to 50 °
C and Relative Humidity of 90% maximum (without
condensation).
5 minutes Warm-up.
Dimensions / Weight 140 mm x 255 mm x 80 mm (HxWxD). 1.5 kg nominal.
Included Accessories
-Technical manual;
-Test Leads;
- Carrying case;
- USB x micro USB cable;
-32 mA reserve fuse;
(mA input)
-Charger 100 to 240 Vac.
Notes: *FCY-15 is a registered trademark of Presys.
*Changes can be made to the instrument by changing the specifications described in this technical manual.
*HART® is a registered trademark of FieldComm Group.
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16 GB available to the user. Memory access via USB cable x micro USB.
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16 GB available to the user. Memory access via USB cable x micro USB.
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of RAM and 1GB of internal Flash.
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of RAM and 1GB of internal Flash.
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Temperature of 0 to 50 °
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Temperature of 0 to 50 °
C and Relative Humidity of 90% maximum (without
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C and Relative Humidity of 90% maximum (without
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140 mm x 255 mm x 80 mm (
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140 mm x 255 mm x 80 mm (
H
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H
x
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x
W
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W
xWx
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xWx
x
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x
D
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D
)
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)
. 1
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. 1
.
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.
5 kg nominal.
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5 kg nominal.
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Technical manual;
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Technical manual;
Test Leads;
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Test Leads;
Carrying
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Carrying
case
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case
;
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;
-
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USB x micro USB
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USB x micro USB
cable
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cable
;
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;
-
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32 mA reserve fuse;
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32 mA reserve fuse;
(mA input)
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(mA input)
-
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Charger 100 to 240 Vac.
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Charger 100 to 240 Vac.
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15 is a registered trademark of Presys.
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15 is a registered trademark of Presys.
Changes can be made to the instrument by changing th
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Changes can be made to the instrument by changing th
HART® is a registered trademark of FieldComm Group.
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HART® is a registered trademark of FieldComm Group.
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4
2 - Operation
2.1. Parts Identification
Front Panel
Fig. 01 -Front Panel
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Left side panel Right side panel
Fig. 02 -Side Panels
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Right side panel
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Right side panel
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How to use the carrying case
Fig. 03 -Using the carrying case
Accessories: The bag has three compartments; one for accommodate the calibrator and the others to hold various
accessories including test leads, spare fuse, handles for transport and field use and technical manual.
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Fig. 03
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Fig. 03
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Using the carrying case
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Using the carrying case
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The bag has three compartments; one for accommodate the calibrator and the others to hold various
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The bag has three compartments; one for accommodate the calibrator and the others to hold various
accessories including test
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accessories including test
leads, spare fuse, handles for transport and field use and technical manual.
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leads, spare fuse, handles for transport and field use and technical manual.

7
2.2. Battery and charger
The FCY-15 is supplied with rechargeable battery which enables up to 12 hours of continuous use. This
autonomy is reduced according to the active functions (for example, using the 24 Vdc TPS source, or increasing
screen brightness). A battery charger that can be plugged into power supply from 100 to 240 Vac is included. The
time for full charge is 3 hours.
The battery level is displayed in the main menu, as shown below.
Fig. 04 -Main menu
FCY-15 Informations
(Serial N, Manual, Software Version ...)
Battery Level
Technical Manual
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is supplied with rechargeable battery which enables up to 12 hours of continuous use. This
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is supplied with rechargeable battery which enables up to 12 hours of continuous use. This
tions (for example, using the 24 Vdc TPS source, or increasing
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tions (for example, using the 24 Vdc TPS source, or increasing
screen brightness). A battery charger that can be plugged into power supply from 100 to 240 Vac is included. The
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screen brightness). A battery charger that can be plugged into power supply from 100 to 240 Vac is included. The
u, as shown below.
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u, as shown below.
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Fig. 05 -Low battery level, charge required
Fig. 06 - Charged battery
Fig. 07 -Charger connected, battery charging
Clicking on the battery icon, the following screen is shown. This screen shows the battery power (in percent),
current (positive value if the battery is charging, negative if it is not) and the estimated time of instrument autonomy
based on the current consumption.
Fig. 08 -Battery information, charger disconnected
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Low battery level, charge required
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Low battery level, charge required
Charged battery
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Charged battery
Charger connected, battery charging
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Charger connected, battery charging
Clicking on the battery icon, the following screen is shown. This s
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Clicking on the battery icon, the following screen is shown. This s
creen shows the battery power (in percent),
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creen shows the battery power (in percent),
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current (positive value if the battery is charging, negative if it is not) and the estimated time of instrument autonomy
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current (positive value if the battery is charging, negative if it is not) and the estimated time of instrument autonomy
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Fig. 08
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Fig. 08

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Fig. 09 -Battery information, charger connected
The charger provides the battery charge while it feeds the calibrator, thus permitting the calibrator to be used
normally while the battery is being charged.
The batteries used by FCY-15 are made of Lithium Polymer (Li-Po). This new technology for rechargeable
batteries does not have the undesirable characteristics of memory effect as their preceding batteries made of Nickel
Cadmium (Ni-Cd).
To prevent explosion or fire, use only the battery charger supplied by Presys. Do not short circuit or damage
the battery.
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Fig. 09
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Fig. 09
-
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Battery information, charger connected
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Battery information, charger connected
The charger provides the battery charge while it feeds the calibrator, thus permitting the calibrator to be used
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The charger provides the battery charge while it feeds the calibrator, thus permitting the calibrator to be used
normally while the battery is being charged.
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normally while the battery is being charged.
The batteries used by FCY
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The batteries used by FCY
-
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-
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15 are made of Lith
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15 are made of Lith
batteries does not have the undesirable characteristics of memory effect as their preceding batteries made of Nickel
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batteries does not have the undesirable characteristics of memory effect as their preceding batteries made of Nickel
Cd).
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Cd).
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To prevent explosion or fire, use only the battery charger suppl
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To prevent explosion or fire, use only the battery charger suppl

10
2.3. Main Menu
When powered on, the FCY-15 goes through a self-test routine. In case of failure, it displays a message to
indicate error; if that occurs, contact Presys Technical Support.
After the self-test is completed, the display shows the main menu, as showed in figure 04.
The main menu is divided into 04 functions:
HART®–allows communication with devices that have Hart®protocol, see section 2.5.
MEASURE (mA) –mA input for current measurement up to 24.5 mAdc with high accuracy, see section 2.6.
VIDEOS –has videos made by PRESYS to assist in the use of the configurator, and can also store videos made by
the user, see section 2.7.
SETTINGS –general settings of the instrument, see section 2.8.
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test routine. In case of failure, it displays a message to
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test routine. In case of failure, it displays a message to
indicate error; if that occurs, contact Presys Technical Support.
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indicate error; if that occurs, contact Presys Technical Support.
test is completed, the display shows the main menu, as showed in
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test is completed, the display shows the main menu, as showed in
The main menu is divided into 04 functions:
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The main menu is divided into 04 functions:
allows communication with devices that have Hart
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allows communication with devices that have Hart
®
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®
protocol, see
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protocol, see
mA input for cu
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mA input for cu
rrent measurement up to 24.5 mAdc with high accuracy, see
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rrent measurement up to 24.5 mAdc with high accuracy, see
has videos made by
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has videos made by
PRESYS
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PRESYS
to assist in the use of the configurator, and can also store videos made by
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to assist in the use of the configurator, and can also store videos made by
section 2.7
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section 2.7
.
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.
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general settings of the instrument
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general settings of the instrument

11
2.4. Transmitter Power Supply (TPS)
The FCY-15 has a 24 Vdc (24.5 ± 1 V -0 to 24 mA) Transmitter Power Supply voltage source, with
short-circuit protection (current limited to 30 mA).
Fig. 10 -24 Vdc TPS Power Supply
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0 to 24 mA) Transmitter Power Supply voltage source, with
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0 to 24 mA) Transmitter Power Supply voltage source, with
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2.5. HART®
The FCY-15 enables the reading and setting instrument parameters that have HART® communication
protocol. The HART® protocol allows digital communication between the master (in this case, the FCY-15
configurator) and the slave (field instrument) superimposed on the 4-20 mA analog signal. To access this function,
from the main menu, select the HART® option.
The configurator comes with the latest DD (Device Description) library registered in FieldComm Group,
allowing the configuration of instrument-specific parameters.
2.5.1. HART®Connections
When HART® is selected from the main menu, the mA INPUT + HART® and ONLY HART® (INCLUDING
NETWORK) options will be displayed on the screen. The internal resistor (250 Ω min.) can also be enabled. The
option must be chosen according to the type of connection that will be made.
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15 enables the reading and setting instrument parameters that have HART® communication
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15 enables the reading and setting instrument parameters that have HART® communication
protocol. The HART® protocol allows digital communication between the master (in this case, the FCY
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protocol. The HART® protocol allows digital communication between the master (in this case, the FCY
osed on the 4
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osed on the 4
-
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-
20 mA analog signal. To access this function,
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20 mA analog signal. To access this function,
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The configurator comes with the latest DD (Device Description) library registered in FieldComm Group,
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The configurator comes with the latest DD (Device Description) library registered in FieldComm Group,
c parameters.
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c parameters.
When HART® is selected from the main menu, the
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When HART® is selected from the main menu, the
mA INPUT + HART®
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mA INPUT + HART®
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options will be displayed on the screen. The internal resistor (250 Ω min.) can also be enabled. The
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options will be displayed on the screen. The internal resistor (250 Ω min.) can also be enabled. The
chosen according to the type of connection that will be made.
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chosen according to the type of connection that will be made.

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mA Input + HART® (mA input of the FCY-15 in series with the HART® instrument)
Fig. 11-mA input + HART® -Example 1
2-wire transmitter powered by internal TPS source. Internal resistor enabled.
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15 in series with the HART® instrument)
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15 in series with the HART® instrument)
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Fig. 1
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Fig. 1
2
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2
-
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-
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wire transmitter powered by internal TPS source. Internal resistor e
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wire transmitter powered by internal TPS source. Internal resistor e

14
mA Input + HART® (mA input of the FCY-15 in series with the HART® instrument)
Fig. 12 -mA input + HART® -Example 2
2-wire transmitter,powered by external power supply. Internal resistor enabled.
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15 in series with the HART® instrument)
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15 in series with the HART® instrument)
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Fig. 12
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Fig. 12
wire transmitter
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wire transmitter
,
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,
powered by external power supply. Internal resistor enabled.
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powered by external power supply. Internal resistor enabled.

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mA Input + HART® (mA input of the FCY-15 in series with the HART® instrument)
Fig. 13 -mA input + HART® -Example 3
4 wire transmitter with 115/230 Vac power and 4-20 mA output. Internal resistor enabled.
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series with the HART® instrument)
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series with the HART® instrument)
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4 wire transmitter with 115/230 Vac power and 4
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4 wire transmitter with 115/230 Vac power and 4

16
ONLY HART® (INCLUDING NETWORK) (mA input of FCY-15 is not used)
Fig. 14 -HART® only -Example 1
Transmitter powered by external source, resistor of at least 250 Ω in series.
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15 is not used)
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15 is not used)
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Transmitter powered by external source, resistor of at least 250 Ω in series.
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Transmitter powered by external source, resistor of at least 250 Ω in series.

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mA Input + HART®(mA input of the FCY-15 in series with the HART® instrument)
For the connections shown in figure 11,figure 12 and figure 13, use the mA Input + HART® and
INTERNAL RESISTOR enabled option. In this mode, the HART® resistor of at least 250 Ω is internally activated, in
series with the mA input of the FCY-15. The FCY-15 configurator can measure the transmitter current and also read
and configure parameters via HART®. If the internal resistor is not enabled, an external resistor of at least 150 Ω
should be inserted in series with the mA input of the FCY-15. To power the two-wire transmitter, the FCY-15 24 Vdc
TPS source (Figure 11) or an external source (Figure 12)can be used. In the case of the 4-wire transmitter, connect
the 4-20 mA output of the transmitter to the mA input of the FCY-15, and connect the HART® terminals (Figure 13).
ONLY HART® (INCLUDING NETWORK) (mA input of FCY-15 is not used)
For the connection shown in figure 14, use the ONLY HART® option. In this mode, the internal resistor and
mA input are disabled. The HART® resistor of at least 250 Ω must be inserted externally in series with the
transmitter. In this case, the configurator does not measure the transmitter current, but can read and configure its
parameters via HART®.
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15 in series with the HART® instrument)
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15 in series with the HART® instrument)
figure 13
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figure 13
, use the
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, use the
mA Input + HART®
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mA Input + HART®
enabled option. In this mode, the HART® resistor of at least 250 Ω is internally activated, in
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enabled option. In this mode, the HART® resistor of at least 250 Ω is internally activated, in
15 configurator can measure the transmitter current and also read
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15 configurator can measure the transmitter current and also read
T®. If the internal resistor is not enabled, an external resistor of at least 150 Ω
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T®. If the internal resistor is not enabled, an external resistor of at least 150 Ω
should be inserted in series with the mA input of the FCY
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should be inserted in series with the mA input of the FCY
-
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-
15. To power the two
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15. To power the two
-
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-
wire transmitter, the
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wire transmitter, the
Figure 12
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Figure 12
)
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)
can be used. In the case of the 4
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can be used. In the case of the 4
20 mA output of the transmitter to the mA input of the FCY
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20 mA output of the transmitter to the mA input of the FCY
-
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-
15, and connect the HART® terminals (
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15, and connect the HART® terminals (
ONLY HART® (INCLUDING NETWORK) (mA input of FCY
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ONLY HART® (INCLUDING NETWORK) (mA input of FCY
-
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-
15 is not used)
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15 is not used)
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tion shown
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tion shown
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in figure 14
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in figure 14
, use the
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, use the
ONLY HART®
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ONLY HART®
mA input are disabled. The HART® resistor of at least 250
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mA input are disabled. The HART® resistor of at least 250
transmitter. In this case, the configurator does not measure the transmitter current, but can read and configure its
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transmitter. In this case, the configurator does not measure the transmitter current, but can read and configure its
parameters via HART®.
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parameters via HART®.